Vicon uniquely offers a complete range of products to meet your motion tracking needs - from the practicality of 2D video analysis through to the high accuracy of the 3D digital optical systems. Whatever your needs Vicon has the right solution. Please have a look at www.vicon.com for further information.
T-SERIES HIGH RESOLUTION Camera
T160, the world’s first 16 megapixel motion capture camera, offering the ultimate in high resolution and high accuracy. With four times the resolution of any motion capture camera available the T160 is like no other. Welcome to the resolution revolution.
The T160 boasts a resolution of 16 megapixels, captures 10-bit grayscale using 4704 X 3456 pixels and can capture speeds of up to 2,000 frames per second. This resolution means you can now accurately track the finest detail, the subtlest movements in even the largest volumes.
120 FPS FULL FRAME
Capable of capturing 120 frames per second at full frame resolution (16 Megapixels), the T160 delivers a significant performance increase over the previous MX cameras. Even at 240 fps, its resolution is 4704 X 1728 or a whopping 8 megapixels.
VICON LENS
Along with the Avalon and Vegas sensors, the Vicon lens has been custom-built for motion capture. The Vicon lens has a large image circle to ensure that the entire image is evenly illuminated, not just the center. Off-the-shelf C-Mount lenses are designed to work with low resolution cameras and cannot be used with such high resolution cameras because of their limited resolving power; this is especially true with small markers. To achieve this, the Vicon lens was designed and built with a high resolving power.
2D TRACKING
Everyone wants their 3D data to be of the highest quality. T-Series achieves this in a way no other motion capture camera can. By sending additional 2D tracking information to your PC reconstruction and labeling is improved, especially when markers are moving fast or under-going extreme changes in velocity such as heel strikes or golf swings.
MX GIGANET MX GIGANET is fast. 10 times faster than previous systems. This gives you an improved preview mode so you see the full frame video picture at a useable frame rate. An improved preview mode means better diagnostics, making your system easier to set up and easier to use.
POWERFUL STROBES
T-Series strobes are powerful. Powerful strobes give an even spread of light across the capture volume meaning smaller markers in larger volumes are easily identified. This is particularly useful if you’re capturing markers on the face or hands. More powerful light output also means the cameras are less sensitive to uncontrollable ambient lighting in your studio or lab.
FULL MARKER GRAYSCALE
Vicon cameras use every pixel of grayscale information to locate the marker's 2D center and calculate its radius - not just edge grayscale information. By using every pixel of information, Vicon cameras fit a circle more precisely around the marker image significantly improving system accuracy. If you want precision, you want full marker grayscale.
BACKWARDS COMPATIBLE
With T-Series cameras, not only do you get the latest Vicon innovation, you also get the security that you can carry on using your proven MX platform.
T-Series is backwards compatible with MX hardware. Just plug it in and go.
Vicon Customers include: Visual Effects: EA, Image Movers Digital, Industrial Light and Magic, Sony Computer
Entertainment America, Activision, Blur Studios, Sega Japan, Sega Australia, Nintendo, Square Enix, Konami, Namco, National University of Singapore, Griffith University, University of Technology Sydney, University of Southern California School of Cinematic Arts and Audiomotion.
Life Science: Royal Chil dren’s Hospit al Melbourne, Shriners Hospital (Chicago Unit, Erie Unit, Greenville Unit, Houston Unit, Intermountain Unit, Philadelphia Unit, Portland Unit, Shreveport Unit, Spokane Unit, Springfield Unit), University of Western Australia, University of Queensland, Denver Children's Hospital, Japan Institute of Sports Science , National University of Singapore, Asics Corporation and the Australian Institute of Sport
Engineering: Airbus, BMW AG, John Deere, Ford, Nissan Motor Co. Ltd, Peugeot Citroen Automobiles SA, Renault, Schering-Plough HealthCare Products and NASA
